High Impact Resistant Camera Lens Protector, No Application, Full Transparent, Permanent Anti Fingerprint Surface for Panoramic Equipment, Professional Omnidirectional Glass
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€ 11.59 |
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€ 11.59 |
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Description
Amazon
Designed for professional photographers, videographers and outdoor enthusiasts who need optimal protection without compromising image quality for action camera accessories Made of tempered glass with high hardness, this screen protector provides excellent impact resistance and a light transmission of 99%, ensures crystal clear images while protecting your quadcopter 360 camera from drops and collisions Precise cutting edges allow a tool without installation within seconds, eliminate air bubbles and ensure full compatibility with quadcopter 360 camera lenses for a worry-free shooting process The anti-fingerprint coating minimises stains and makes cleaning easier, while the scratch-resistant surface ensures flawless clarity even on rough outdoor adventures Essential for documenting extreme sports, travel vlogs and wedding reporting, withstands frequent changes of location while maintaining lens integrity in dynamic environments
Designed for professional photographers, videographers and outdoor enthusiasts who need optimal protection without compromising image quality for action camera accessories Made of tempered glass with high hardness, this screen protector provides excellent impact resistance and a light transmission of 99%, ensures crystal clear images while protecting your quadcopter 360 camera from drops and collisions Precise cutting edges allow a tool without installation within seconds, eliminate air bubbles and ensure full compatibility with quadcopter 360 camera lenses for a worry-free shooting process The anti-fingerprint coating minimises stains and makes cleaning easier, while the scratch-resistant surface ensures flawless clarity even on rough outdoor adventures Essential for documenting extreme sports, travel vlogs and wedding reporting, withstands frequent changes of location while maintaining lens integrity in dynamic environments